That means differences of less than five points are not statistically significant.
It has a margin of sampling error of plus or minus three percentage points, so differences of less than that amount are statistically insignificant.
The margin of sampling error for a sample of this size is plus or minus 3.5 percentage points, so differences of less than that amount are statistically insignificant.
In some cases freshwater fish are capable of detecting temperature differences of less than 1 °C (1.8 °F).
Differences of less than 4% between codes were obtained for these quantities, with few exceptions (238Pu(n,f), 238U n,n) and 56Fe(n,γ) reactions).
The values of pressure, mass flow rate and temperature across the coupled boundary showed differences of less than 5% in every location except for one channel.
The telephone poll's margin of sampling error is plus or minus five percentage points for each candidate, so differences of less than that amount are statistically insignificant.
The survey has a modeled error estimate (similar to a margin of error in a standard telephone poll) of plus or minus 1.5 percentage points, so differences of less than that amount are statistically insignificant.
In comparison with fluxes generated with TSEB using local measurements of air temperature, instantaneous fluxes from these alternative methods show good spatial agreement, with differences of less than 10 W m− 2 across the domain.
Theoretical bone density changes correlated significantly with clinical densitometry measurements (DEXA) after 2 years across the Gruen zones (R2 > 0.67, p < 0.02), with average differences of less than 5.4%.
In experiments using warm and cold covered electric light bulbs, pit vipers and pitted boas have been shown to detect temperature differences of less than 0.6 °C (1.1 °F).
